The BD96805Qxx-C Series from ROHM Semiconductor are Automotive-Qualified Configurable Power Management ICs that are designed to provide power and functional safety to application processors and FPGAs. They require an input voltage of 2.7-5.5 V for operation. These AEC-Q100-qualified power management ICs (PMICs) consist of control logic, 4-channel buck DC-DC regulators, 3-channel LDO regulators, and built-in protection and monitoring circuitries. They deliver an output current of up to 8 A using internal MOSFETs or less than 40 A with external driver MOSFETs. These PMICs are equipped with remote sensing capabilities to achieve an accurate voltage level at the point of load. They are integrated with high-precision supervision and protection circuits such as over-voltage detection (OVD), under-voltage detection (UVD), over-voltage protection (OVP), and under-voltage lockout (UVLO) to ensure enhanced monitoring and safety of the ICs.  

These PMICs consist of a watchdog timer and analog self-test functions to safeguard critical signal pins and prevent damage. They offer a standby current of 0 µA, which saves significant power for high efficiency and are available in surface-mount packages that measure 6 x 6 mm. These PMICs are ideal for advanced driver assistance systems (ADAS), instrument cluster panels, and in-vehicle infotainment applications.